CBE 491 / 433 24 Sep 12.

Slides:



Advertisements
Similar presentations
Dynamic Behavior of Ideal Systems
Advertisements

CHE 185 – PROCESS CONTROL AND DYNAMICS
Chapter 5 – The Performance of Feedback Control Systems
The Performance of Feedback Control Systems
Chapter 10: Frequency Response Techniques 1 ©2000, John Wiley & Sons, Inc. Nise/Control Systems Engineering, 3/e Chapter 10 Frequency Response Techniques.
Nyquist Plot – First Order Lag
Dynamic Behavior Chapter 5
4.3. Time Response Specification in Design
Chapter 5 – The Performance of Feedback Control Systems
1 Fifth Lecture Dynamic Characteristics of Measurement System (Reference: Chapter 5, Mechanical Measurements, 5th Edition, Bechwith, Marangoni, and Lienhard,
Frequency Response Analysis
Transient & Steady State Response Analysis
Green Team Speed System Proportional Only Controller Design and Experimental Dustin Fraley DeAndre Strong Stephanie Wilson.
Examples of Control Systems Application. Modeling the Ball and Beam Experiment.
Lecture 23 Second order system step response Governing equation Mathematical expression for step response Estimating step response directly from differential.
Out response, Poles, and Zeros
Feedback Control Systems (FCS) Dr. Imtiaz Hussain URL :
Lecture 22 Second order system natural response Review Mathematical form of solutions Qualitative interpretation Second order system step response Related.
Chapter 7 Control Systems Design by Root-Locus Method 7.1 Introduction -The primary objective of this chapter is to present procedures for the design and.
MESB374 System Modeling and Analysis Forced Response
It is the time response of a system to an input that sets the criteria for our control systems. Many quantitative criteria have been defined to characterise.
Automatic Control Theory School of Automation NWPU Teaching Group of Automatic Control Theory.
Chapter 13 1 Frequency Response Analysis Sinusoidal Forcing of a First-Order Process For a first-order transfer function with gain K and time constant,
Chapter 5 Transient and Steady State Response “I will study and get ready and someday my chance will come” Abraham Lincoln.
INC341 Design Using Graphical Tool (continue)
سیستمهای کنترل خطی پاییز 1389 بسم ا... الرحمن الرحيم دکتر حسين بلندي - دکتر سید مجید اسما عیل زاده.
Lec 6. Second Order Systems
Discrete Controller Design
G(s) Input (sinusoid) Time Output Ti me InputOutput A linear, time-invariant single input and single output (SISO) system. The input to this system is.
2.1 Step Input Response: Eigenvalues: p 1 =-4.526, p 2,3 = ±2.7883i, p 4 = Final value theorem: Stability: If the step response reaches to.
Lecture 13: Second-Order Systems Time Response Lecture 12: First-order systems Lecture 13: Second-order systems Lecture 14: Non-canonical systems ME 431,
MESB374 System Modeling and Analysis Chapter 11 Frequency Domain Design - Bode.
CONTROL SYSTEM DESIGN by using MATLAB
Control Systems Engineering, Fourth Edition by Norman S. Nise Copyright © 2004 by John Wiley & Sons. All rights reserved. Figure 10.1 The HP 35670A Dynamic.
Lecture 7/8 Analysis in the time domain (II) North China Electric Power University Sun Hairong.
Page : PID Controller Chapter 3 Design of Discrete- Time control systems PID C ontroller.
Automatic Control Theory CSE 322
Lesson 20: Process Characteristics- 2nd Order Lag Process
Time Domain and Frequency Domain Analysis
Time Response Analysis
Dynamic Behavior Chapter 5
LINEAR CONTROL SYSTEMS
Instructor: Jongeun Choi
Dynamic Behavior of Ideal Systems
Difference Between Voltage Amplifier and Power Amplifier
Control System Toolbox
Sinusoidal response of circuits
Frequency Response Analysis
Feedback: Principles & Analysis
Test Setup TPS1H100 EVM Supply voltage VS = 13.5V Electronic load
LAG LEAD COMPENSATOR.
Jamie West Jay Baker Joel Wood 11/2/11 UTC ENGR 3280L
UNIT-II TIME RESPONSE ANALYSIS
Frequency Response Techniques
CBE / MET Feb 12.
Lecture 23 Second order system step response
Frequency Response Analysis
Lecture 22 Second order system natural response
CBE / MET Feb 12.
Control System Toolbox (Part-II)
Second-Order Systems Chapter 5 Standard form:
CH. 3 Time Response Chapter3. Time Response.
Control Systems (CS) Lecture (supplementary Slides)
Control System Toolbox (Part-II)
Frequency Response Techniques
Frequency Response Analysis
Dynamic Behavior Chapter 5
Chapter 5 – The Performance of Feedback Control Systems
Exercise 1 For the unit step response shown in the following figure, find the transfer function of the system. Also find rise time and settling time. Solution.
Sinusoidal response of circuits
Presentation transcript:

CBE 491 / 433 24 Sep 12

1st Order Response to:

1st Order Response to:

Tau = characteristic time; zeta = damping ration; K = SS gain (process gain)

System Responses:

System Responses:

System Responses: Over/Critically Damped

Frequency : psi Phase Angle: amount the output signal (deg or rad) leads or lags the input signal… Z = zeta

System Responses: Example

System Responses: Underdamped

System Responses: Underdamped Decay Ratio = 0.043 Rise Time ~ 1 Settling Time = 5 Overshoot ~ 20.8%

System Responses: Underdamped